Kerry T Slattery

Title: Innovations by Kerry T. Slattery

Introduction

Kerry T. Slattery is an accomplished inventor based in O'Fallon, MO, with a focus on developing advanced energy-absorbing systems. He holds 2 patents that showcase his innovative approach to impact absorption technology. His work is particularly relevant in the field of marine engineering, where safety and efficiency are paramount.

Latest Patents

Kerry's latest patents include a "High energy impact absorption fender system using valvular control logic." This invention features a smart bumper system that utilizes a variably controllable valve responsive to impact conditions. The valve initially remains closed but opens when pressure maximizes upon impact, maintaining a consistent open setting during this period. As pressure declines, the valve adjusts to keep the reaction force constant, closing when pressure falls abruptly, thus preventing unwanted rebound effects.

Another significant patent is the "Tailorable elastomeric composite pneumatic fender system for absorbing high energy impact." Similar to his previous invention, this system also employs a variably controllable valve that adapts to impact conditions. It offers a flexible solution for different marine vessels, contrasting with conventional bumper systems that require size or number adjustments for energy absorption.

Career Highlights

Kerry T. Slattery works for the United States Navy, where he contributes to innovative projects that enhance safety and performance in marine applications. His expertise in impact absorption technology has positioned him as a key figure in developing advanced fender systems.

Collaborations

Kerry collaborates with notable colleagues, including Roger M. Crane and Kathleen A. Corona-Bittick, who contribute to the success of their projects through their diverse expertise and insights.

Conclusion

Kerry T. Slattery's contributions to energy absorption technology reflect his commitment to innovation and safety in marine engineering. His patents demonstrate a forward-thinking approach that addresses the challenges faced by conventional systems.